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Image	Part Number	D.S	Description	Package Category	Prices / Stock	Model	Action
	R5F564MFDDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFDDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MGCDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MGCDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MGHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MGHDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MFGDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFGDLC#21	3D model available Symbol and footprint available 3	1 Download Model

	R5F564MFCDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFCDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MLGDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MLGDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MLDDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MLDDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MFHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MFHDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MJGDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MJGDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MJHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MJHDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MJDDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MJDDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MLCDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MLCDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MJCDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MJCDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MGDDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MGDDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	R5F564MLHDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MLHDLC#21	3D model available Symbol and footprint available 3	1 Download Model

	R5F564MGGDLC#21 Renesas Electronics	1	The RX64M Group 32-bit microcontrollers are capable of operating at up to 120 MHz, providing a leading edge performance of 5.06 CoreMark/MHz. The RX64M employs the powerfully evolved RXv2 core, which is backward compatible with the RX core employed in existing RX products.The RXv2 core enables 1.48 times the CoreMark/MHz performance and a 40% reduction in power consumption compared to existing RX products, and even higher code efficiency, allowing the realization of high-speed, low consumption systems. The	Other	R5F564MGGDLC#21	3D model available Symbol and footprint available 3	1 Download Model
	DLC21WA4PA00LF Amphenol FCi	1	D Subminiature Connector, 17 Contact(s), Male, Solder Terminal, ROHS COMPLIANT		DLC21WA4PA00LF	3D model not available Symbol and footprint not available 0	0 Build or Request
	DLC21WA4PA00LF Amphenol Communications Solutions	1	D Subminiature Connector, 17 Contact(s), Male, Solder Terminal		DLC21WA4PA00LF	3D model not available Symbol and footprint not available 0	0 Build or Request
	DLC21WA4P043A00LF Amphenol FCi	1	D Subminiature Connector, 17 Contact(s), Male, Solder Terminal, ROHS COMPLIANT		DLC21WA4P043A00LF	3D model not available Symbol and footprint not available 0	0 Build or Request
	DLC21WA4P043A00LF Amphenol Communications Solutions	1	D Subminiature Connector, 17 Contact(s), Male, Solder Terminal		DLC21WA4P043A00LF	3D model not available Symbol and footprint not available 0	0 Build or Request
	CR-02DLC---21RAC Viking Tech Corp	1	Fixed Resistor, Metal Glaze/thick Film, 0.0625W, 21ohm, 50V, 0.5% +/-Tol, 100ppm/Cel, Surface Mount, 0402		CR-02DLC---21RAC	3D model not available Symbol and footprint not available 0	0 Build or Request
	CR-02DLC--210K Viking Tech Corp	1	Fixed Resistor, Metal Glaze/thick Film, 0.0625W, 210000ohm, 50V, 0.5% +/-Tol, 100ppm/Cel, Surface Mount, 0402, CHIP		CR-02DLC--210K	3D model not available Symbol and footprint not available 0	0 Build or Request
	CR-02DLC--210R Viking Tech Corp	1	Fixed Resistor, Metal Glaze/thick Film, 0.0625W, 210ohm, 50V, 0.5% +/-Tol, 100ppm/Cel, Surface Mount, 0402, CHIP		CR-02DLC--210R	3D model not available Symbol and footprint not available 0	0 Build or Request
	CR-02DLC--21R3 Viking Tech Corp	1	Fixed Resistor, Metal Glaze/thick Film, 0.0625W, 21.3ohm, 50V, 0.5% +/-Tol, 100ppm/Cel, Surface Mount, 0402, CHIP		CR-02DLC--21R3	3D model not available Symbol and footprint not available 0	0 Build or Request
	CR-02DLC--218R Viking Tech Corp	1	Fixed Resistor, Metal Glaze/thick Film, 0.0625W, 218ohm, 50V, 0.5% +/-Tol, 100ppm/Cel, Surface Mount, 0402, CHIP		CR-02DLC--218R	3D model not available Symbol and footprint not available 0	0 Build or Request
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